The paper presents results of computational modeling of aerosol transport and deposition of three different size classes in the upper human airways up to 6th bifurcation for full breathing cycle inspiration/expiration and comparison with steady-state inspiration.
The paper presents results of computational modeling of aerosol transport and deposition of three different size classes in the upper human airways up to 6th bifurcation for full breathing cycle inspiration/expiration and comparison with steady-state inspiration. (en)